Research Progress of Ship Exhaust Gas Treatment Technology

Xin Li, H. Yin, Ziyi Qu
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引用次数: 3

Abstract

SOx, NOx and COx account for a high proportion of the exhaust gas of ships which take low quality heavy oil as fuel, resulting serious impact on the global environment. In this paper, three types of treatment technology of ship exhaust gas, i.e. pre-treatment technologies, in-cylinder control technologies and post treatment technologies, have been introduced. Various single post-treatment technologies for the control of ship exhaust gas pollutants emission, including marine scrubber, selective catalytic reduction (SCR) and carbon capture and storage (CCS) were reviewed. The advantages and limitations of various post-treatment technologies of Sox, NOX and COx were analyzed. In practice, single pollutant treatment technologies were not effective for ship exhaust emission reduction. The development of new desulfurizers, the optimization of integrated process flow, feasibility of the system operation, could be the future direction of ship exhaust post-treatment technology. There are two restrictions for the development of the ship exhaust treatment technology, which are the space limit and the cost requirements.
船舶废气处理技术研究进展
以低质量重油为燃料的船舶排放的废气中,SOx、NOx和COx所占比例较高,对全球环境造成严重影响。本文介绍了船舶废气的三种处理技术,即前处理技术、缸内控制技术和后处理技术。综述了船舶废气污染物排放控制的各种单一后处理技术,包括船用洗涤器、选择性催化还原(SCR)和碳捕集与封存(CCS)。分析了各种Sox、NOX和COx后处理技术的优缺点。实践中,单一的污染物处理技术对船舶废气减排效果不佳。新型脱硫剂的开发、综合工艺流程的优化、系统运行的可行性,可能是未来船舶废气后处理技术的发展方向。船舶废气处理技术的发展受到空间限制和成本要求两方面的制约。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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